EVEN MORE FEATURES TO INCREASE EFFICIENCY AND EASE OF USE IN X7 VERSION
⯈ 3 new modules: WIND, SOIL and RC8-S
⯈ New features in the basic packages
⯈ New features in BIM
⯈ Cloud-based licensing
EVEN MORE FEATURES TO INCREASE EFFICIENCY AND EASE OF USE IN X7 VERSION
► 3 new modules: WIND, SOIL and RC8-S
► New features in the basic packages
► New features in BIM
► Cloud-based licensing
WHY CHOOSE AXISVM?
Most structural design problem can be modelled with it
Extremely easy to use and learn
More than 100.000 projects completed in 45 countries
Builds on decades of professional experience and knowledge
Continuously developed based on feedback from our users
High level support is provided to our users
MAIN NEW FEATURES
WIND
The WIND module enables the determination of wind loads through digital wind tunnel simulation. WIND module provides the opportunity to determine wind loads for special-shaped high-rise buildings, partially open halls, cooling towers, and curved shell structures.
SOIL
Modelling the interaction between soil and structure
The new SOIL module enables more accurate modelling of the soil and structure interaction. The analysis of the coupled model allows the stresses and deformations in the soil to be investigated, as well as the effect of soil deformation on the structure. Based on the given borehole patterns, the program is able to generate a soil model built from 3D elements and to automatically determine the Winkler stiffnesses for the supports.
RC8-S
The new RC8-S module provides the capability of fire design of RC domains according to Eurocode 2, SIA 262, and NTC standards. The RC8-B (released in AxisVM X6) and RC8-S modules provide a comprehensive tool for the fire design of reinforced concrete structures, making the design process quick and easy.
Buckling analysis of substructures
This feature allows efficient stability analysis of steel structural elements by running the buckling analysis only on substructures.
The parts defined in the model can be selected as substructures for buckling analysis.
The entire structure is included in the analysis, however elements not included in the substructure are considered as elastic supports only. The result consists of the buckling mode shapes of the elements in the substructure.
FURTHER DEVELOPMENTS
NEW FEATURES IN EXISTING MODULES
RC1
Determining the required amount of reinforcement based on allowed crack width
RC1
Simultaneous consideration of applied and calculated reinforcements in nonlinear analysis (optional)
RC2
Documentation of the applied shear reinforcement used in the design calculation
RC3
Punching analysis results can be displayed as new result components in the model window as well
RC6
Extension of stress-strain analysis to virtual beams
RC8
Custom fire curves for reinforced concrete elements
RC8
New exposure type when specifying fire load
RC8-B
The buckling and lateral torsional buckling checks can be optionally enabled/disabled
SD1
SD8
Modified hydrocarbon fire curve for steel elements
SD8
New exposure type when specifying fire load
TD1
The buckling and lateral torsional buckling checks can be optionally enabled/disabled
TD1
Design of double-tapered beam as one desing membe
TD1
Extension of design of curved beams
SOIL
Animation of section plane of soil
SOIL
Arbitrary movement of the section plane parallel to itself
SOIL
Labeling of result components of the soil model in the section plane
SOIL
Pressure-only soil-baseplate interaction in nonlinear analysis
SWG
Consideration of extreme snow loads during automatic load generation can be set among standard parameters
RC1
Utilization of result components for the actual reinforcement
RC2
Optional consideration of torsion in the design of RC columns
RC2
Enhanced shear check of reinforced concrete columns
RC3
Punching check of column reinforced wall ends/corners
RC3
Punching check considering connecting ribs
RC4
RC4
Additional options for the design of footings
SC1
Moment-resisting beam-column joint
SC1
Moment-resisting beam joint with end plate
SWG
Custom setting of µ1 snow load shape coefficient
SWG
Roof panels with snow guards
NEW FEATURES IN BIM
GRASSHOPPER
GrasshopperToAXISVM add-on version 7.0
IFC
Additional import options
IFC
Additional import options
Revit – AXISVM
Support of Revit 2024
Revit – AXISVM
Export of actual reinforcement to Revit 2023 and 2024
Grasshopper
New interface for V6.0 Rhino/Grasshopper
Dynamo
New interface for V3.0 Revit/Dynamo
NEW FEATURES IN THE BASIC PACKAGES
Cross-sections
Separate definition of the outer and inner radii of curvature of thin-walled sections (optional)
Cross-sections
New ‘I cross’ section formation
Animation
Animations are played directly in the model view
Animation
Turntable animation
Loads
Can be set not only a uniform steps, but also steps according to a given distance
Buckling
Buckling analysis for selected model parts (NL package)
Modelling
Automatic calculation of the shear center of the structure
Elements
Additional option for domain eccentricities
Elements
Spring characteristics of edge hinges
Loads
Merging loads
Loads
RC design
Cutting of shear force peaks over columns
Cross-sections
Parametric Z section
Documentation
Documentation of material and cross-section data
Analysis
Analysis parameters in the Tables
NEW EC ANNEXES AND LANGUAGES
Spanish
Portuguese
EC ANNEXES
The Spanish and Portuguese Eurocode National Annexes have been adapted.
LANGUAGES
The list of supported languages now includes Spanish and Portuguese.
EC ANNEXES
The Spanish and Portuguese Eurocode National Annexes have been adapted.
LANGUAGES
The list of supported languages now includes Spanish and Portuguese.
Spanish
Portuguese
BIM AND INTEGRATION WITH OTHER SOFTWARE
BIM is a fundamental, evolving, and indispensable tool for information-driven modelling.
►AXISVM supports most “open” and “closed” BIM formats, providing up-to-date connectivity with other CAD software (including ArchiCAD, REVIT, and TEKLA)
►It supports widely used formats, such as IFC and SAF, which allow for direct data exchange between architects and structural engineers, and data transfer between structural and other design software
►The range of parametric design solutions has been extended with the Rhino/Grasshopper and Revit/Dynamo component packages. These allow both innovative systems to immediately display the parametrically built model in AXISVM and allow for continuous evaluation of the results while changing the parameters.
IFC module
Import-export of IFC files
REV module
Bidirectional connection to Revit
TI module
Bidirectional connection to Tekla Structures
SAF module
Excel based bidirectional data connection
ALP module
Allplan export data connection
Rhino/Grasshopper & Revit/Dynamo
parametric data connection
GRASSHOPPER-AXISVM plugin v7.0
LICENSING TO ADAPT TO YOUR NEEDS
NEW & FLEXIBLE
CLOUD-BASED PROTECTION
A software protection solution that enables using AXISVM anywhere, anytime.
There are no more problems with hardware keys lost, damaged, or left in a computer. The program can be used anywhere where there is an internet connection. There is also a solution if the internet is down or the link is unreliable. This flexible licensing method is available starting from the AXISVM X7 version.
THE WELL-KNOWN
HARDWARE KEY PROTECTION
Our software has been distributed with hardware key-based protection from the beginning.
It is an ideal solution for people who use AXISVM software on a single computer. Handling a key can be cumbersome for those who travel a lot or plan to use AXISVM on several computers. For them, cloud-based protection is the ideal solution.
TRY THE COUNTLESS NEW FEATURES OF THE X7 VERSION!
YOU CAN COUNT ON US
► SUPPORT
The support of our users is a priority.
A new task management system has been set up to efficiently answer technical and professional questions.
► KNOWLEDGE BASE
The ever-expanding AXISVM Knowledge Base has been launched and is available for our users. In addition, manuals, guides, examples, and tutorial videos assist users in learning how to use the software.
► CONTINUOUS DEVELOPMENT
User feedback is important to us and we take it into account during the development of new features.
